Hydrogen Cyanide Gas Detection Data Logger / Model Number MI1MGD-HCN-1
MI1MGD-HCN-1 is a multi-gas detector with IECEx/ATEX/EMC certification and a rating of IP68.
The MicMeta is suitable for use in coal mines due to its explosion-proof rating of Ex ia I Ma and Ex ia IIC T4. It is lightweight and compact, featuring two easy-to-use buttons. The standard gas types supported are Multi 4 (CO, H2S, O2, LEL), but it can also support hundreds of other gases with optional customization. Additionally, it can be equipped with wireless functionality, allowing users to access data remotely. By using the standard data logger, real-time data and alarm events can be directly exported to a PC.
basic information
■Specifications Model Number: MI1MGD-HCN-1 MI1MGD-HCN-2 MI1MGD-HCN-3 MI1MGD-HCN-4 Detection Method: Diffusion type Measurement Range: 0–10 ppm 0–20 ppm 0–50 ppm 0–100 ppm Resolution: 0.01/0.1/1 ppm Response Time: ≤60 seconds (T90) Power On: Automatic test, automatic zero calibration, maximum value (MAX), minimum value (MIN), STEL, TWA value display Units: Can switch between μmol/mol, ppm, and mg/m³ with one key, and concentration values are automatically converted by the system. Display: Segment code LCD display Sensor: Electrochemical type Sensor Life: Approximately 2 years (replaceable) Calibration Platform: Changes, functional tests, and calibration operations can be performed with the DKM-MicMeta docking station (optional). Data Recording: 1000 sets of data records (100,000 data) and 100 sets of event records Alarm: 95 dB buzzer (@30 cm), vibration alarm, and red bar flashing.
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Applications/Examples of results
■Usage Underground construction, water supply and drainage facilities, chemical plants, pharmaceutical factories and laboratories, civil engineering construction sites, urban gas facility construction, underground communication facility construction, oil and gas drilling, agriculture (silos), basements, warehouses, tanks, ship holds, etc., and other environments where there is a possibility of hydrogen cyanide gas leakage.
